Inventor

Joined March 2026
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Replying to @neoconbill
Finally, our planets are all magnets of varying strengths within the sun's mighty magnetic field. When I spin my smaller array around the bigger one, it becomes clear why some comets and meteors dive into the sun, while others seem to glance off its field. You can also see how the spinning array wants to orbit around the bigger array, if only it wasn't slowing down.
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William Schwandt retweeted
ELECTROMAGNET-ARRAYS AND BEYOND Each of my magnet arrays is over 100 magnets. The potential in the hole at the bottom is very special. There is no magnet there, but that DOES NOT mean nothing is there. If I shove a magnet through there the wrong way, it will blast through and hit my ceiling, this helps most people understand: youtu.be/6KHCKhc6TfI?t=39&si… When I bring the red and blue together they slap shut. This creates a null zone through the center. In that null zone, you could put a platform and what is on the platform would be unaffected by the magnetism of the array. Now make this bigger. Instead of 100 magnets, make it 5000 superconducting magnets. Instead of a two inch bowl, make it a football-field size ship. Instead of a tiny platform in the middle of my array, imagine the captain's deck of a starship. With an array of superconducting electromagnets you can create the density and polarity of 5000 spots along the skin of the craft as one field. If you want to fly, you just change the polarity and strength of the magnets so there is a huge power gradient to one side, and it will fly, really fast. Make the array spin and it's even faster. If you put a skin over the array which can be electrically charged, it will interact with the magnetic fields and take advantage of the lorentz force, not just the magnetism. This can increase efficiency of the overall system dramatically. Pinched electricity, like a coil going round and round, is what creates a magnetic field. Metamaterializing (texturizing) the charged skin so there are millions of dimples for the charge to get caught in turns your 5000 node array into millions. And all the while, thanks to that one "empty" spot, the deck can be protected from the outside. Space is full of energy, but you have to understand it's full potential.
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William Schwandt retweeted
SHADOWS ARE NOT LIMITED BY LIGHTSPEED To make black on a projector, you have to shine bright light over dim light. When the brighter light hits, the dimmer one turns black, it turns into shadow. This is gonna get deep, you're gonna need to watch this before moving on: youtu.be/p-OCfiglZRQ?si=gsmb… Now, a thought experiment. Imagine I have a really wide laser. The laser is shining a beam forward. Around the laser, I have three more lasers, infrared lasers. Despite not being able to see these lasers, when they cross they make an orb of light. A few feet out from the beginning of the laser beam, you cross the three infrared lasers and make a point of light in the beam where they cross. This light is not as intense as the light of the beam, so now you have a point of shadow in the beam. By changing the angle of the crossed lasers, you can move the point-shadow around and through the beam without limit of the speed of light. Just a small twitch and the point-shadow moves miles. Our universe is absolutely FILLED with light, it's absolutely everywhere. Shadows are created when an object steps in front of the beam. As we learned, a shadow is just what happens when a weaker light interacts with a brighter light. This means objects, us included, are shadows of energy. I can see you so you are obviously emitting light, if I put you in front of a brighter light, you become a sillouhette. This is why teleportation and portals are certainly real. If you entangled two planes of space, you are just creating an interference pattern in the light between the two points. When an object goes through, it becomes a silhouette, a shadow, and the speed of light no longer applies. It moves through the light as an interference pattern, a shadow unrestricted by the speed of light. This is why portals can work. You are going to a new place, but it's hard to say you "move". Our universe is magical, but understanding it, and unlocking its full potential, requires a better understanding of energy.
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William Schwandt retweeted
COLONEL EDWARD HOUSE One of my favorite historical figures is Colonel Edward House. House crossed paths with Tesla and his take was the man had the power to make people do anything. I studied Mr. House for many years when I was younger. Every person that interacted with him said he had some kind of power, and I had to know what it was. So, I kept reading everything about the topic and now I know how he did it, I can even do it myself, buuuuutttt... It requires a price. You must impress your will into the person's eyes. In order to pull this off, you carve a piece of your soul and make the person, temporarily, into a golem. That's a price too high for me. I refuse to use this because to impress your will upon another you have to strip their free will. Even if temporary, that's just too steep of a price, at least for me. To look at Mr. House he is just a simple old man. If you ran across him in the street you would never know he was different. House manipulated president's, famous people, and even Tesla himself. The world you live in is far more magical than what you know.
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So.... Wait... Hang on a sec! I could be building rebuild able magnet arrays with stainless steel bowls?! I been looking for a way to do this. I need to change polarity of the rings in the bowls, maybe this will work for testing? Magnets are expensive youtu.be/zPkzywoMeG8?is=EVfb…
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Well... That ban felt like FOREVER. @nikitabier am I allowed to cheer for war or is that just Lindsey? We pay a trillion a year for our military, I should be allowed to advocate for using it. I get banned bc every angry foreigner that hears it reports me. Is that the rules?
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I did it! I SUCK at getting it on camera! 🤣 OK, my board with the lights around the outside is the same dimension as my slide, but my magnets aren't big enough 5o do it justice. So I'm going to use the rest of this strip to fill out the board. I've noticed that the lines stem directly from the lights, so more lights =more resolution. Still tuning but I'm very pleased with this.
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Aaaaaaand... I broke it 😂 Ish... 🤔 Well, the juice wasn't really thick enough anyway. Tomorrow when it's bright I'll take it apart again, redo the oil with more Ferrofluid, and try again tomorrow night. Also, these lights aren't very bright. I'll charge the battery overnight and see if they are any brighter. If not I have another led strip I can try with a smaller diameter. As I always say, failure is the best teacher.
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I have one tiny corner that still works 😂 Here's a video so you can see how the light gets bent by the magnetic field. This thing is such a great tool.
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So I got it going pretty good but now I need some led strips and I need to fire the printer up. I need a square to mount the lights on so I can move them up and down to get depth. I need a helper so bad 😂
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I'm watching @drmichaellevin interview from yesterday. They need a way to steer their microbots, and I know how to do it with EXTREME precision. Let me show you with my magnet array.
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I did this experiment already. Yes it works. youtube.com/shorts/XH7Gf1ng6…
🚨 SCIENTISTS JUST TRIED TO SLICE A SINGLE PHOTON IN HALF MID-PULSE… AND CREATED SOMETHING FAR WEIRDER. You can’t just cut a photon like a wave on a string. When researchers used a super-fast optical shutter to slice a photon while it was passing, it didn’t split into “half lit / half dark.” Instead, the photon’s quantum state transformed into a bizarre superposition something that only exists in the strange rules of quantum field theory. Why this matters: • A single photon is not a simple particle or wave it’s a quantum excitation of the electromagnetic field • Cutting it mid-pulse with an ultra-fast shutter forces the system into a new kind of entangled state • The result is a superposition that can’t be described by simple “left side / right side” thinking • This reveals deep new insights into how quantum light behaves when manipulated on femtosecond timescales The deeper implication is fascinating: Even something as fundamental as a single photon doesn’t behave intuitively when we try to divide it. Reality at the quantum scale refuses to be neatly chopped it reinvents itself into something stranger. This kind of experiment pushes the boundaries of our understanding of quantum optics and could have implications for future quantum communication and computing technologies. How weird is it that you can’t simply “cut” a photon in half? Follow for more mind-bending quantum physics.
Community note
The claim misrepresents a theoretical study as an experiment; no photon slicing has been performed. phys.org/news/2026-06-p… arxiv.org/abs/2510.21636
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One of my very favorite books is Wizard The Life and Times of Nikola Tesla. It has some photos in it you don't ever see like the one of mark Twain in Tesla's lab or the "perfect partnership" Tesla and Westinghouse.
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Charged skin aka a static electric field. Just like that fusion reactor.
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I slacked off and haven't been working out. I gained 10 lbs, spent a month losing it, and I just finished my first workout in a while. Brutal, stopping was a big mistake Back on the horse though. 💪
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William Schwandt retweeted
Replying to @BiancaBellChamb
This is a neat little experiment. I broke my red laser while I was doing this, but I got a blue, green, and my very expensive yellow laser out and tried it. I'm not sure what I'm doing, but it looks a lot like some of my crystal experiments. If liquids can act basically like my crystal... That could become useful. If you got any advice for me how to do it more like yours I'm all ears.
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Jesus Christ 🤦‍♂️ Of course they do...
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.@EdwardSiraya You're burned.
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